Apr 9, 2020 · Indeed, in [9], the authors show that increasing the polynomial approximation order improves the operational intensity of the kernel. Our effort ...

This application implements a high-order finite-element method to solve the elastodynamic equation. We characterize the performance of the extracted mini-app ...

Apr 18, 2020 · PDF | On Jul 1, 2018, Gauthier Sornet and others published Performance Analysis of SIMD Vectorization of High-Order Finite-Element Kernels ...

Abstract—Physics-based three-dimensional numeri- cal simulations are becoming more predictive and are already essential for improving the understanding of.

Nov 7, 2018 · Taking advantage of these units requires code vectorization which may be performed automatically by the compiler or explicitly by using NEON ...

We develop efficient kernels for elemental operators of matrix-free solvers of the Helmholtz equation, which are the core operations for incompressible ...

In this paper, we present an optimized implementation of the Finite-Element Methods numerical kernel for SIMD vectorization. A typical application is the ...

Feb 24, 2018 · In this paper, we present an optimized implementation of the Finite-Element Methods numerical kernel for SIMD vectorization.

In this article, we study the efficiency of high-order finite element operators for the Helmholtz equa- tion with a focus on extending this approach to ...

In this article, we study the efficiency of high-order finite element operators for the Helmholtz equation with a focus on extending this approach to ...